Cepharanthine (CAS 481-49-2): A Potent Antiviral and Immunomodulatory Compound for Pharmaceutical Applications

Explore the remarkable properties of Cepharanthine, a naturally derived alkaloid with significant antiviral, anti-inflammatory, and immunomodulatory effects. Discover its potential in fighting viral infections and supporting immune health, making it a valuable asset for pharmaceutical manufacturers and researchers.

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Key Advantages of Sourcing Cepharanthine

Research & Development Excellence

Dive into cutting-edge research exploring Cepharanthine analogs and biosynthetic pathways. This scientific foundation supports your pursuit of novel antiviral drug discovery, offering a competitive edge in pharmaceutical innovation.

Reliable Supply Chain in China

As a dependable manufacturer and supplier, we ensure stable and consistent availability of Cepharanthine. Our commitment to quality control and efficient logistics guarantees timely delivery for your purchase orders.

Cost-Effective Pharmaceutical Solutions

Acquire high-quality Cepharanthine at competitive prices. We are dedicated to providing cost-effective solutions that meet your budget without compromising on purity or performance, allowing you to buy with confidence.

Diverse Applications of Cepharanthine

Antiviral Drug Development

Utilize Cepharanthine as a foundational compound in the development of novel antiviral therapies, particularly for emerging viral threats and common respiratory viruses.

Immunomodulatory Therapies

Incorporate Cepharanthine into formulations aimed at regulating immune responses, supporting patients with autoimmune conditions or those undergoing treatments that suppress immunity.

Leukocyte Enhancement Formulations

Leverage Cepharanthine's established role in managing leukopenia, making it an ideal ingredient for medications designed to boost white blood cell counts.

Preclinical Research & Screening

Incorporate Cepharanthine into drug screening programs and preclinical studies to identify new therapeutic targets and optimize drug repurposing strategies.